One of the main hydrodynamic phenomena in hydrokinetic turbine operation is the formation
of a spiral movement after the flow passes through the rotor, which is known as the wake …

Computational fluid dynamics is employed for detailed prediction of the hydrokinetic turbine
performance and wake modelling. Of these, Reynolds-averaged Navier-Stokes (RANS) …

Concerns about the negative effects of agriculture on soil physical quality and soil organic
carbon (SOC) pools have spurred on the adoption of conservation tillage systems in tropical …

One of the main challenges for river-based hydrokinetic power plant development is the
difficulty in estimating system energy potential and economic viability. The present study …

Hydrokinetic energy conversion devices provide the facility to capture energy from water
flow without the need of large dams, impoundments, channels or deviation of the water as in …

Hydrokinetic turbines utilizing renewable energy from water streams, such as tidal or river
currents, offer a sustainable solution for electricity generation in remote coastal or fluvial …

Hydrokinetic energy generation is a renewable source that captures kinetic energy from river
or tidal currents. Little physical construction is required, and environmental impacts are …

Exploring the energy potential of the oceans is a promising alternative to produce clean
energy with a reduced environmental impact. Brazil has a significant tidal potential …

This paper presents computational fluid dynamics (CFD) simulations of the flow around a
horizontal axis hydrokinetic turbine (HAHT) found in the literature. The volume of fluid (VOF) …

Hydrokinetic turbine deployment in inland water reticulation systems such as irrigation
canals has potential for future renewable energy development. Although research and …